Abstract
The cross-section for the production of a polarized lepton and baryon in the reaction neutrino+nucleon → lepton+baryon is computed exactly to lowest order in the weak interaction. Results are given (a) in covariant form, and (b) in the center-of-mass system of the reaction, expressed directly in terms of the lepton and baryon decay asymmetries. The results are discussed with special emphasis on determining the form factors in the strangeness-changing weak interactions, on isolating induced scalar and induced pseudoscalar effects, and on testing time-reversal invariance in high-energy weak interactions.
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